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Abstract Deadline Extended to April 15, 2026, for IMA 2026 in Nanjing, China (Aug 20-24) Session 6.1: Multi-Scale Shock Metamorphism: Insights from Atoms, Minerals, Rocks, and Global Scales

RF
Roberta Flemming
Sun, Mar 15, 2026 2:12 PM

Dear Colleagues,

*The ABSTRACT DEADLINE for *IMA 2026 (Nanjing, China, August 20–24, 2026)
HAS BEEN EXTENDED to April 15, 2026

There is still time to contribute your work to one of the many exciting
sessions at the International Mineralogical Association (IMA) 2026 meeting
in Nanjing, China, August 20–24, 2026.

We invite contributions to Session 6.1: Multi-Scale Shock Metamorphism:
Insights from Atoms, Minerals, Rocks, and Global Scales

Shock metamorphism is a universal process governing material response

to extreme dynamic pressures in Earth and planetary systems. Hypervelocity
impacts imprint matter with distinctive deformation and transformation
features that span orders of magnitude in space and time. This session will
explore shock-induced phenomena—from atomic-scale displacements to
planetary-scale modification of crusts, environments, and
habitability—integrating multiscale observations, experiments, and modeling
to unravel the mechanisms and consequences of impacts and deformation.
Understanding these effects is essential for reconstructing the history of
cosmic collisions, interpreting impact craters, identifying shocked
minerals in meteorites, and assessing the planetary consequences of
impacts, including their role in mass extinctions and potential links to
habitability.
We welcome contributions on any rocky body or analogue—from Earth and
the Moon to Mars, asteroids, and beyond—using natural samples (meteorites,
impactites), laboratory experiments (shock recovery, gas-gun/laser-driven
impacts, DAC studies), and theoretical or numerical modeling. Studies that
integrate multiple scales, methods, and datasets (including remote sensing
constrained by laboratory/in situ measurements) are especially encouraged.

Confirmed invited speakers include:

Dr. Xiande Xie (Guangzhou Institute of Geochemistry, Chinese Academy of
Sciences, China)

Dr. Chi Ma (California Institute of Technology (Caltech), USA)

Dr. Falko Langenhorst (Friedrich Schiller University of Jena, Germany)

We invite you to please submit your abstract via the IMA 2026 website. The
abstract deadline has been EXTENDED to April
15, 2026.

To submit your abstract, please go to this link:

https://ima2026.nju.edu.cn/_s806/53/21/c61592a807713/page.psp

We look forward to your contributions and to engaging discussions
at IMA 2026!

Best regards,

Co-Convenors Fengke Cao (Chengdu University of Technology, China), Runlian
Pang (Chengdu University of Technology, China), Roberta L. Flemming
(Western University, Canada), Wei Du (Chinese Academy of Sciences, China)
and Aicheng Zhang (Nanjing University, China)

Roberta L. Flemming, Professor
Department of Earth Sciences

Institute for Earth and Space Exploration

Western University
London, ON, N6A 5B7
Phone: 519-661-3143; Fax: 519-661-3198
email: rflemmin@uwo.ca

Dear Colleagues, *The ABSTRACT DEADLINE for **IMA 2026 (Nanjing, China, August 20–24, 2026) HAS BEEN EXTENDED to April 15, 2026* There is still time to contribute your work to one of the many exciting sessions at the International Mineralogical Association (IMA) 2026 meeting in Nanjing, China, August 20–24, 2026. We invite contributions to *Session 6.1: Multi-Scale Shock Metamorphism: Insights from Atoms, Minerals, Rocks, and Global Scales* Shock metamorphism is a universal process governing material response to extreme dynamic pressures in Earth and planetary systems. Hypervelocity impacts imprint matter with distinctive deformation and transformation features that span orders of magnitude in space and time. This session will explore shock-induced phenomena—from atomic-scale displacements to planetary-scale modification of crusts, environments, and habitability—integrating multiscale observations, experiments, and modeling to unravel the mechanisms and consequences of impacts and deformation. Understanding these effects is essential for reconstructing the history of cosmic collisions, interpreting impact craters, identifying shocked minerals in meteorites, and assessing the planetary consequences of impacts, including their role in mass extinctions and potential links to habitability. We welcome contributions on any rocky body or analogue—from Earth and the Moon to Mars, asteroids, and beyond—using natural samples (meteorites, impactites), laboratory experiments (shock recovery, gas-gun/laser-driven impacts, DAC studies), and theoretical or numerical modeling. Studies that integrate multiple scales, methods, and datasets (including remote sensing constrained by laboratory/in situ measurements) are especially encouraged. Confirmed invited speakers include: Dr. Xiande Xie (Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, China) Dr. Chi Ma (California Institute of Technology (Caltech), USA) Dr. Falko Langenhorst (Friedrich Schiller University of Jena, Germany) We invite you to please submit your abstract via the IMA 2026 website. *The abstract deadline has been EXTENDED to April* *15, 2026*. To submit your abstract, please go to this link: https://ima2026.nju.edu.cn/_s806/53/21/c61592a807713/page.psp We look forward to your contributions and to engaging discussions at IMA 2026! Best regards, Co-Convenors Fengke Cao (Chengdu University of Technology, China), Runlian Pang (Chengdu University of Technology, China), Roberta L. Flemming (Western University, Canada), Wei Du (Chinese Academy of Sciences, China) and Aicheng Zhang (Nanjing University, China) Roberta L. Flemming, Professor Department of Earth Sciences Institute for Earth and Space Exploration Western University London, ON, N6A 5B7 Phone: 519-661-3143; Fax: 519-661-3198 email: rflemmin@uwo.ca